6 modules - PI-VR GmbH

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• -narrow_reg_repair: narrow region repair: the repair procedure consistsof hueristics to detect when edges are close enough for the facet edges toclash; the repair aligns nearby edges facets; this reduces the frequency ofclockwise and upside down facets, but has a performance penalty;• -edgeQLevel : edge quality level:· _MEDIUM: edges are to be faceted to a tolerance equal to the surfacetolerance;· _BETTER: edges are to be faceted to a tolerance equal to half the surfacetolerance;· _BEST: edges are to be faceted to a tolerance equal to one quarter thesurface tolerance;• -gridMode : specifies grid mode for tessellation:· AF_GRID_NONE: no grid is applied; tessellation depends just on -surtoland -nortol;· AF_GRID_TO_EDGES: a grid is applied for tessellation; intersections betweengrid lines and surface are inserted as vertices;default is gmode=AF_GRID_NONE• -edgeSagTol : edge sag tolerance as fraction of surface: sets the ratiobetween face surface/normal tolerance and edge surface/normal tolerance;default is frac=0.5;• -maxGL : specifies maximum number of grid line (limitation of gridsubdivision); default is mgl=512• -minUGL : specifies minimum number of grid line in the u directionof the parametric surface; default is mugl=0.0 (to ignore max. number ofgrid lines in u direction)• -minVGL : specifies minimum number of grid line in the v directionof the parametric surface; default is mvgl=0.0 (to ignore max. number ofgrid lines in v direction)219
8 CAD CONVERTER CLI• -aspectRatio : specifies the intended maximum aspect ratio of a quadfacet in 3D space; the minimum value is 2; it is not always possible to attainuser-specified aspect ratio; default is ar=0.0 (to ignore the aspect ratio)• -adjust : OBSOLETE: this parameter has no effect on the conversion;AF_ADJUST NONE is always used, because other options breaks tolerancecontracts and causes other defects;220
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»VRED ProfessionalDocumentation»
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Table of Contents44.5 Devices . . .
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Table of Contents6.3.5 Sequencer .
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1 GETTING STARTEDThis topic provide
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1.2 Installation using Windows1.2 I
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1.2 Installation using Windows6. De
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1.2 Installation using Windows10. C
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2 USING VREDThis chapter contains b
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2.3 Selection2.3 Selection» Shift
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3 MENUS AND TOOLBARSThis chapter pr
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3.1 Menus» VRED Project Binary - .
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3.1 Menus• OpenSG ASCII Geometry
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3.1 Menus» Powerwall Settings: Ope
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3.1 Menus» Ambient Occlusion Rende
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3.1 Menus» Off: Disables realtime
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3.1 Menus» Create Camera VRED prov
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3.1 Menus» TimeLine Opens the Time
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3.1 Menus» TouchSensor The TouchSe
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3.1 Menus» Python Documentation Op
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3.3 Status Bar» Zoom to Selected O
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4 PREFERENCESThis chapter provides
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4.5 Devices4.5 Devices» Space Mous
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4.7 FileIO4.7 FileIOSets the global
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4.7 FileIO4.7.2 IGES/STEP» Loader
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4.7 FileIO» Enable Incremental Sav
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4 PREFERENCES• 1 Geometry / 1 Mul
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4 PREFERENCES4.11 Navigator» Navig
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4 PREFERENCES» Near Clipping Plane
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4 PREFERENCES» Color: The color ca
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4 PREFERENCES» Frames per Second:
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4 PREFERENCES» Illumination Mode S
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4 PREFERENCESblur is activated. Sin
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4 PREFERENCES» Comment: If you wan
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5 SCENEGRAPHThe Scenegraph shows al
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5.1 Create» Orthographic Camera: C
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5.2 Edit5.2 Edit» Rename Renames t
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5.2 Edit» Preconditions for mergin
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5.4 Additional options» Hide Hides
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6 MODULES6.1 Scene6.1.1 CameraEdito
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6.1 Scene• Field of View: Sets th
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6.1 Scene• Near Plane: Sets the d
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6.1 Scene» Advanced» Intrinsic Pa
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6.1 Scene» Directional Light A Dir
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6.1 Scene» Shape: Defines the shap
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6.1 Scene» Ctrl + F / Right mouse
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6.1 Scene» Create Group from Selec
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6.1 Scene• Apply to Selected Node
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6.1 Scene» Edit:scrolling through
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6.1 Scene» Type filter: The filter
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6.1 Scene» Instant Mapping If inst
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6.1 Scenethe scene.The Ambient Occl
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6.1 Scene» Clear All: Deletes the
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6.1 Scene117
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6.1 Scene• Normal Consistency: So
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6.1 Scene121
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6.1 Scene· Polygon Level: Hidden p
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6.1 Scene6.1.8 VariantsScene » Var
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6.1 Scene• Right mouse context me
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6.1 Scene6.1.9 VariantSetsScene »
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6.1 Scene» Screenshot: Creates a s
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6.1 Scene6.1.10 OptimizeScene » Op
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6.1 Scene» Octree: Creates an octr
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6.2 Animation» Cut: Cuts selected
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6.2 Animation» Hermite: Specifying
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6.2 Animation6.2.2 TimeLine» 1 Set
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6.2 Animation6.2.3 ClipMakerAnimati
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6.2 Animation» Clip scaling Select
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6.2 Animation6.2.5 AnimationAnimati
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6.3 Interaction6.3 Interaction6.3.1
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6.3 InteractionFor example: The obj
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6.3 Interaction6.3.2 AnnotationInte
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6.3 Interaction6.3.3 ClippingIntera
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6.3 Interactionany displayed clippi
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6.3 Interactionof the measurement l
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6.3 Interaction• First node: Show
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6.3 Interaction» Rename: Renames t
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6.3 Interaction» setSnapshotICCPro
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6.3 Interaction• alpha: Sets the
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Page 172 and 173: 6.3 Interaction» loadCluster: Load
Page 174 and 175: 6.3 Interaction» Remove Removes a
Page 176 and 177: 6.3 Interaction• Rotation: Sets t
Page 178 and 179: 6.3 Interaction» Start server: Sta
Page 180 and 181: 6.4 Rendering• Use Time Stamp: Ap
Page 182 and 183: 6.4 Rendering• Start Frame: Sets
Page 184 and 185: 6.4 Renderingthe image. It gives th
Page 186 and 187: 6.4 Rendering• Precomputed + IBL:
Page 188 and 189: 6.4 Renderingand materials.• Use
Page 190 and 191: 6.4 Rendering• Logarithmic Scale:
Page 192 and 193: 6.4 Rendering· Passive Stereo· Ac
Page 194 and 195: 6.4 Rendering• Get Network Host I
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Page 198 and 199: 6.4 Rendering6.4.4 SurfaceAnalysisR
Page 200 and 201: 6.4 Rendering• Pick Surface Norma
Page 202 and 203: 6.5 Scripting6.5 Scripting6.5.1 Ter
Page 206 and 207: 7 VREDAPPThis chapter provides you
Page 208 and 209: 7.2 Interface• Navigation mode: T
Page 210: 7.2 Interface» Connections: Lists
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Page 225 and 226: 9 MATERIALS REFERENCE• Illuminate
Page 227 and 228: 9 MATERIALS REFERENCE226• Color:
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Page 233 and 234: 9 MATERIALS REFERENCE• IBL + Indi
Page 235 and 236: 9 MATERIALS REFERENCEOn metallic su
Page 237 and 238: 9 MATERIALS REFERENCE• Use ICC Pr
Page 239 and 240: 9 MATERIALS REFERENCE• Repeat Mod
Page 241 and 242: 9 MATERIALS REFERENCE» Roughness:
Page 243 and 244: 9 MATERIALS REFERENCE9.1.4 CarbonMa
Page 245 and 246: 9 MATERIALS REFERENCE» Bump» Use
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Page 251 and 252: 9 MATERIALS REFERENCE» Blending: D
Page 253 and 254: 9 MATERIALS REFERENCE» Select Medi
Page 255 and 256: 9 MATERIALS REFERENCE» Use Texture
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Page 259 and 260: 9 MATERIALS REFERENCE• Triplanar:
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Page 265 and 266: 9 MATERIALS REFERENCE9.1.15 PhongMa
Page 267 and 268: 9 MATERIALS REFERENCE• Use ICC Pr
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9 MATERIALS REFERENCEwill be render
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9 MATERIALS REFERENCE· Mirrored Re
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9 MATERIALS REFERENCE9.1.17 Reflect
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9 MATERIALS REFERENCE• Repeat UV:
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9 MATERIALS REFERENCE» Reflectivit
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9 MATERIALS REFERENCE» Bump Textur
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9 MATERIALS REFERENCE• Solid: Ren
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9 MATERIALS REFERENCEquality yields
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9 MATERIALS REFERENCE» Contrast: S
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9 MATERIALS REFERENCE9.1.21 SphereE
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9 MATERIALS REFERENCEexample, the c
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9 MATERIALS REFERENCE9.1.22 SwitchM
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9 MATERIALS REFERENCE» Reflectivit
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9 MATERIALS REFERENCE9.1.24 Triplan
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9 MATERIALS REFERENCE• Link Repea
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9 MATERIALS REFERENCE• Repeat Mod
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9 MATERIALS REFERENCE• Fast: Uses
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9 MATERIALS REFERENCE» Use Texture
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9 MATERIALS REFERENCE• Link Repea
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9 MATERIALS REFERENCE» Cloth Prese
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9 MATERIALS REFERENCE• Use ICC Pr
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9 MATERIALS REFERENCE9.2 OpenGL Mat
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9 MATERIALS REFERENCE9.2.2 PhongMat
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9 MATERIALS REFERENCE9.2.3 ChunkMat
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6 modules - PI-VR GmbH

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